Yes—you can view a console, laptop, handheld PC, or camera on a huge virtual screen in a Meta Quest headset. You need the Meta Quest HDMI Link app and a USB capture card that supports UVC video; for sound through the headset, it should also support UAC audio. The headset has no built-in HDMI input, and HDCP-protected video may appear black.
What HDMI Link does—and what it doesn’t
Meta Quest HDMI Link takes a video signal from a compatible HDMI or DisplayPort source, routes it through a USB capture card, and displays the captured feed in the headset. The connection looks like this:
HDMI or DisplayPort source → capture card → USB data connection → HDMI Link app → virtual screen in Quest
This is different from casting a Quest screen to a TV, using Quest Link or Air Link for PC VR, or connecting an HDMI cable directly to the headset. It is a wired capture-card setup, and it adds processing delay. Meta’s app listing describes use with sources such as consoles, laptops, and handheld PCs: Meta Quest HDMI Link listing.
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Which Quest headsets are listed as compatible?
The current third-party Quest Store listing names Meta Quest 2, Quest 3, Quest 3S, and Quest Pro. Check the live Quest Store listing in your region for current compatibility and availability; the evidence here does not establish Quest 1 support. Meta’s original announcement coverage named Quest 2, Quest 3, and Quest Pro: ITmedia’s report on the HDMI Link release.
What hardware do you need?
- A compatible Quest headset and the Meta Quest HDMI Link app.
- A USB capture card with UVC support for video. UVC lets compatible devices receive video without relying on a proprietary capture-card driver.
- UAC support on the capture card if you want its audio to play through the headset.
- USB 3.x/SuperSpeed data capability on the card and its connection to the Quest. The app listing recommends USB 3.0-rated hardware and cables for a high-quality experience.
- An HDMI cable from the source’s HDMI output to the capture card’s HDMI input. If the source uses DisplayPort, use a compatible signal path supported by the card.
- A USB data connection from the card to the Quest’s USB-C port. Confirm the card’s USB-C port carries data: a port used only for power or another purpose will not do the job.
- Optional power equipment for longer sessions, if the capture-card and hub combination explicitly supports the needed data and power arrangement.
A passive USB-C-to-HDMI cable is generally the wrong product. It usually sends video from a USB-C source to an HDMI display; it does not capture HDMI video and send it as USB data to the Quest.
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Check the source before connecting
The source must output a signal the capture card and app can accept. For the first test, set a console, PC, camera, or handheld-PC dock to 1080p at 60 Hz if that option is available. Begin with an unprotected source and a simple audio format such as stereo PCM.
Important: HDMI Link does not bypass HDCP. Some Blu-ray players, streaming sticks, set-top boxes, protected streaming apps, and console media apps enforce HDCP copy protection. A capture card may then be detected while the picture remains black. Meta community guidance identifies HDCP as a possible reason a capture card shows no video: Meta community discussion of HDMI Link connection problems. If the source is protected, use an authorized viewing method instead.
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Set up HDMI Link
- Install the app. In the Quest Store, search for “Meta Quest HDMI Link” and install the official app. The current third-party listing shows it as free; confirm the live regional listing before installing: Meta Quest HDMI Link listing.
- Prepare the source. Turn on the console, laptop, camera, or other device. Set its output to 1080p/60 if available, and choose stereo PCM audio for the initial test. Do not try to capture protected content.
- Connect the cables. Connect the source’s HDMI output to the capture card’s HDMI input. Connect the card’s USB data output to the Quest USB-C port. Connect separate card power or passthrough only as directed by that card’s manufacturer.
- Open HDMI Link and grant USB access. Launch the app and accept the USB permission prompt if it appears. The app listing describes automatic launch when a capture card is detected, but this behavior may depend on the headset software and app state.
- Choose a capture mode. Select an available resolution and frame rate, beginning with a conservative mode such as 1080p/60. Start displaying the feed.
- Position the screen and check sound. Use the app’s controls to move and resize the virtual display. Confirm audio reaches the headset if you need it; a video picture alone does not confirm that the card’s audio path is working.
Choose capture settings and a card carefully
For a first connection, keep the setup simple: a known-good HDMI cable, a USB 3.x data connection directly to the headset, 1080p/60 video, and stereo PCM audio. Avoid adding an unpowered hub until the basic connection works.
Read the capture-card specifications rather than relying on a “4K” label. Cards may advertise 4K HDMI input or passthrough while capturing at a lower resolution. Check these as separate capabilities:
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- Maximum HDMI input resolution.
- Maximum captured or USB output resolution.
- Maximum capture frame rate at that resolution.
- Whether a claimed 4K passthrough mode is separate from capture.
- Whether the Quest app exposes the card’s mode.
Prioritize explicit UVC video support, UAC audio support if needed, USB 3.x/SuperSpeed data, HDMI input, and documented 1080p60 capture. Confirm that a USB-C connection is a data connection, not merely a power port. For long sessions, only count on charging passthrough if the exact card or hub documents power delivery to the Quest. Compatibility is not guaranteed just because a product says it works with Android or tablets; a return option is useful when the manufacturer does not document Quest use.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What to expect for gaming and viewing
The screen can be resized to feel much larger than a conventional monitor, but a larger virtual display does not add image detail. Clarity still depends on the source resolution, the capture card’s actual output mode, the Quest display and optics, and scaling. At extreme sizes, small text may be harder to read and softness or capture artifacts may be more noticeable. Reducing the screen size can make detail easier to see.
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Because video is captured and processed before it appears in the headset, latency is unavoidable and varies with the card, USB mode, source, and display settings. HDMI Link can suit turn-based games, RPGs, strategy games, portable-console play, or viewing a camera or laptop feed. It may be a poor fit for competitive shooters, rhythm games, fighting games, and racing games where precise timing matters. There is no single latency figure that applies to every capture-card setup.
Comfort and power also matter. The capture card occupies the Quest USB-C port, so the headset may discharge during use. A powered hub or card with power delivery may help only if that specific hardware supports the required Quest data connection and charging path. A USB-C splitter is not automatically compatible or safe for simultaneous charging and capture. For audio, a UAC-compatible card is a starting requirement, but source format, card routing, and app behavior also affect whether sound works. With a laptop, sending audio directly to headphones while video goes through the card can be a workaround, though the two paths may not stay synchronized.
Troubleshoot detection, picture, and sound
| Symptom | Possible causes | First checks |
|---|---|---|
| HDMI Link does not detect the capture card | Non-UVC card; charge-only or USB 2.0 cable; power-only port; denied USB permission; another app using the device; underpowered hub. | Disconnect and reconnect the card, approve the USB prompt, use a known-good USB 3.x data connection, and close other USB-camera or device-management apps. |
| The card is detected but the picture is black | HDCP protection; wrong HDMI port; source asleep; unsupported resolution or refresh rate; failed HDMI handshake. | Check that the source is connected to the card’s HDMI input, then test an unprotected source at 1080p/60. |
| Picture works but there is no sound | No UAC support; unsupported source audio format; muted or rerouted source audio; disabled card audio path. | Use a UAC-compatible card, set the source to stereo PCM, and check the source and headset volume and audio routing. |
| The feed disconnects or changes from 60 Hz to 50 Hz | Card firmware or hardware; cable or connector; USB bandwidth; source timing negotiation; regional video timing; power instability. | Try 1080p/60 over a direct USB 3.x connection, replace cables, avoid an unpowered hub, and test 50 Hz if the source is operating in a 50 Hz region. |
| Video is intermittent | Insufficient USB bandwidth; poor cable; unstable power; unsupported frame rate; capture-card heat; source timing. | Reduce the source mode, connect directly, check power and ventilation, and test the card with a UVC-compatible app on a computer. |
| The headset battery drains quickly | The capture card occupies the USB-C port, while the headset and card draw power. | Use shorter sessions or a power arrangement explicitly documented to support Quest data and charging together. |
| The image looks blurry | Low capture resolution, scaling, or an oversized virtual screen. | Verify the card’s actual capture mode and reduce the virtual screen size. |
If USB permission is denied
- Disconnect the capture card and reboot the Quest.
- Reconnect it after the headset is awake and accept the USB prompt.
- Close other apps that may have claimed the USB device, including USB-camera or sideloaded video apps.
- Update the headset software and HDMI Link app, then try another USB data cable or capture card.
- If the error began after a headset update, check Meta’s current release notes or support channels before deciding the card is defective. HDMI Link users reported permission-denied issues in an earlier software version: Meta public-test release discussion.
Reports of 60 Hz disconnecting and returning at 50 Hz are community troubleshooting reports, not a guarantee that every card or headset behaves that way. If changing cables, power, and output mode does not help, test the card on a computer and, if possible, try another capture card before concluding the Quest is at fault.
When a portable monitor is the better choice
A conventional portable monitor is generally the more practical choice when you need lower latency, long sessions without headset battery concerns, straightforward console connection, shared viewing, or freedom from headset weight and heat. HDMI Link makes more sense when privacy, portability, a very large perceived screen, or using a display-free space matters more than low latency and the convenience of a physical monitor.
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